qiu famin

About

 Materials and mechanical engineer with strong analytical and technical skills developed during previous working and educational experience in multidisciplinary environments  More than two years’ sales experience of scientific instruments in international environments  Strong communicative and organizational skills as a result of different experience in international contexts  Quick learner, good team player and motivated to face new challenges

Country

switzerland

City

zurich

Industry

mechanical or industrial engineering

Skill

microfabrication, materials science, biomaterials, liposomes, nanotechnology, research, 3d laser lithography, thin film coating, matlab, fluid dynamics, sem, tem, microsoft office, drug delivery, teaching, characterization, physics, science, laboratory, nanomaterials, mathematical modeling, latex, microscopy, scanning electron microscopy

Experience

process engineer

besi switzerland ag

2018-5 - 2018-9 · 5 mos

research assitant

zhejiang university

2008-8 - 2011-4 · 2 yrs 9 mos

* Fabracted TiO2 nanoparticals using sol-gel methods and nano thin film using plasma-enhanced physical vapor deposition (PEPVD). * Characterized nanomaterials using different tools including electron microscopes (SEM and TEM), X-ray diffraction (XRD) and BET surface area measurement. * Designed and assembled a laboratory instrument used for testing the conversion of nitrogen oxides. * Scale-up produced TiO2-based catalysts and characterized the catalytic performance in a paper factory. * Hold four Chinese patents about TiO2 nano-sized catalysts on environmental applications (first author in two of four patents).

internship

wuxi jc solar energy technology corporation

2010-8 - 2010-8 · 1 mo

* Worked in Module Technology Department * Learned the production process of silicon cell modules

application engineer

femtotools ag

2015-11 - 2018-3 · 2 yrs 5 mos

FemtoTools is a Swiss high-tech company that offers award-winning, ultra high-precision instruments for mechanical testing and robotic handling in the micro- and nanodomains. This new generation of instruments meets the challenging requirements of semiconductor technology, microsystem development, materials science, micromedicine and biotechnology. FemtoTools' microrobotic handling and measurement instruments feature highly sensitive microforce sensing probes and force sensing microgrippers that are the result of a specially developed microelectromechanical system (MEMS)-based manufacturing process. The unmatched sensitivity and accuracy of our innovative systems redefines the standards for true quantitative investigations in the micro- and nanodomains.FemtoTools' easy-to-use microrobotic handling and measurement instruments have exceeded customer's expectations and create exciting new possibilities, as demonstrated by numerous recent scientific advancements that have used our instruments.